Task 15 Explain how to produce models with sufficient information to allow them to be successfully exported to the manufacturing system used.

Slides:



Advertisements
Similar presentations
This represents 50% of your course mark at National 5 (60 marks) and will cover your added value unit for National 4. Opportunity to demonstrate your.
Advertisements

Technical Drawing CHAPTER 1
7 Auxiliary Views. 7 Auxiliary Views Explain the purposes of auxiliary views. Identify auxiliary views and explain their relationship to regular views.
The Sine Rule Draw any triangle. Measure sides and angles. Test this rule out! Angle A is opposite side a. Angle B is opposite side b. Angle C is opposite.
Dimensioning and Tolerancing Design representation: enough information to manufacture the part precisely inspect the manufactured part [geomtery, dimensions,
THINKING SKILLS Year 9 Graphics. What method of drawing am I thinking of? 1. 2 dimensional drawing? 2. Isometric Projection? 3. Orthographic Projection?
TECH 104 – Technical Graphics Communication
Orthographic Projection Basics
From Isometric Drawings to Plans and Elevations
Ch.9 Dimensioning Why do we need dimensions? Important elements of a dimensioned drawing Dimension text placement Unidirectional vs. aligned dimensions.
Dimensioning. l Size description l Interchangeability of parts. l Knowledge of manufacturing needed l Drawings should be exactly to size.
Solid Modeling Overview ENGR 1182 SolidWorks 01. Solid Modeling Simple Parts  Solid modeling uses simple steps in a computer program to create 3D rendering.
Orthographic Projection: an introduction
DEVELOPMENT CHECK LIST: have you got: a minimum of SIX innovative ideas detailed annotation communicating your ideas fully a chosen design idea with justified.
The Cosine Rule Draw any triangle. Measure sides and angles. Test this rule out! Angle A is opposite side a. Angle B is opposite side b. Angle C is opposite.
1 Introduction to Engineering Dimensioning - 2 Agenda Understand the principles of good dimensioning practice Apply the standard dimensioning practices.
Page one: Idea generation sheet – taking the pencil for a walk.
This is a very basic 3-view, Orthographic Projection TOP RIGHT SIDE
Computer Aided Design (CAD) LIT – Outline & Weeks
Dimensioning & Tolerances 3 Process Sheets PUTTING THE “HOW” IN “HOW IN THE WORLD AM I GOING TO MAKE THIS?”
Auxiliary Views.
Alternate Views.
Dimensioning Lecture 16 Instructor:
CAD PROBLEMS IE 433. Chapter 1  1-Exercise 1 Draw the sketch of the model shown in Figure A. The sketch to be drawn is shown in Figure B. Do not dimension.
I - 7 March 5, 2008 Trade ¼” / 1/8”-scale worksheet with a partner. Check each other’s measurements – –Put a check next to the # if correct –Put an “X”
British Standards BS8888.
9 Multiview Drawings Permission granted to reproduce for educational use only. © Goodheart-Willcox Co., Inc. Understand the principles of orthographic.
Unit 16 Engineering Drawing
Orthographic Projection: an introduction
ES050 – Introductory Engineering Design and Innovation Studio 1 Engineering drawings Prof. Paul Kurowski January 11, 2010.
BUS 437 Week 3 DQ 1 Implementation (Ash) Implementation. There is a vast difference between thinking up a new product idea and actually designing and manufacturing.
Isometric, orthographic, and perspective drawing…
Task 9 Describe the types of drawings that may be produced by the modelling software.
Higher Graphic Communication Final assignment Student self assessment
Higher Graphic Communication Assessment tasks Student self assessment
EVALUATION AND TESTING
Project Overview An introduction to 3D printing
Higher Graphic Communication Assessment tasks Student self assessment
Project Overview An introduction to 3D printing
Alternate Views.
Concept Ideas Insert a scan of your range of concept ideas. These ideas might consist of both ‘safe’traditional style and contemporary ideas, as well.
What are Dimensions? Dimensions are the text that is provided with a drawing that describe the exact size and location for the features shown. Also known.
Year 7 Graphics – Orthographic Projection
QUALITY CONTROL.
ORTHOGRAPHIC PROJECTION
Task 13 Explain how to access, recognise and use a wide range of standard components and symbol libraries from the CAD equipment.
Auxiliary Views Chapter 7.
First and Third Angle Projection.
WORKING DRAWINGS Footer Text 11/14/2018.
Technical drawing Workshop Practice E102A.
Dimensioning.
Problem Solving Susie .
Unit 16 Engineering Drawing
TECHNOLOGY HIGH SCHOOL – INTRODUCTION TO ENGINEERING DESIGN
ORTHOGRAPHIC PROJECTION
1 MARK 2 MARKS DO NOT REPEAT MISTAKE TESTED FOR EXAM SAFETY
The 3P’s The P’s we use to design.
Orthogonal Drawings Orthogonal drawings are 2d drawings of 3d objects created by orthographic projection. Orthogonal: intersecting or lying at right angles.
Alternate Views.
Dr. Tahseen Fadhil Abbas
Front, Top, Side Holes & Curves Isometric
The 3P’s The P’s we use to design.
Work Features Work features are tools that help create and position features by providing points, lines, and planes when current geometry is not sufficient.
Dimensioning.
This diagram helps explains why angles at a point add to 360o.
Unit 6 #2.2 Engineering/CAD.
Introduction to Orthographic Projections
Work Features Work features are tools that help create and position features by providing points, lines, and planes when current geometry is not sufficient.
Orthographic Projection:
8. Features of Manufacturing Industries – Part A
Presentation transcript:

Task 15 Explain how to produce models with sufficient information to allow them to be successfully exported to the manufacturing system used.

Sufficient information 2 types of information 3D CAD model 2D orthographic drawing

3D CAD Model All features should be fully dimensioned. Why? To ensure that all elements of the model are the correct size All features should be fully constrained To ensure that no element of the model is moved by mistake, that edges are fixed at the correct angle, etc.

2D Orthographic Drawing The 2D orthographic drawings should be correctly laid out and contain sufficient information to allow the machinist to make and check that the part conforms to the specification required. Eg. All features are dimensioned and tolerances are in place.